Biochemistry and Structure of Cell Organelles

1. Cell Compartmentation. - 2. The Nucleus. - The Interphase Nucleus. - The Dividing Nucleus. - 3. Plastids and Chloroplasts. - Structure of plastids in higher plants structure of chloroplasts in higher plants the chloroplast envelope the chloroplast stroma the chloroplast granai fretwork system plastoglobuli chloroplast development chloroplast photosynthesis light harvesting and energy transduction the utilization of photosynthetic assimilatory power in carbon dioxide reduction C-4 photosynthesis the chloroplast in its cellular environment the cooperative function of chloroplasts in biosynthetic processes. - 4. Mitochondria. - Structure and distribution of mitochondria cellular origin of mitochondria DNA replication and protein synthesis mapping the mitochondria) genome the assembly of mitochondria intermediary metabolism the electron transport chain models of oxidative phosphorylation anion and cation carriers in the mitochondria] membrane the outer membrane. - 5. Microbodies. - Peroxisomes glyoxysomes the origin and development of microbodies. - 6. Endoplasmic Reticulum Golgi Complexes and Secretory Vesicles. - Protein secretion the role of Golgi bodies in plant cells exocytosis in animal cells other functions of endoplasmic reticulum biosynthesis and assembly of endoplasmic reticulum. - 7. Lysosomes. - Lysosomes lysosome synthesis lysosome function the internal environment of the lysosome lysosome-like bodies in plant cells. - 8. Organelles in Space and Time. - Integration of metabolic processes plasticity and origin of organelles. - 9. Organelles and Neuromuscular Activity. - Chromaffin granules synaptic vesicles-sarcoplasmic reticulum. Language: English